Coupled dislocation-solute-precipitate evolution governs non-monotonic strain-rate sensitivity in an Al-Zn-Mg alloy
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Effect of texture inheritance on the plastic deformation behavior of Hastelloy C-276: In-situ tensile experiment and crystal plasticity simulation
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Effects of layer thickness and post-HIP on microstructure, crack healing and mechanical properties of LPBF GH3230 superalloy
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Wire arc additive manufacturing of Inconel 718 inclined thin-walled walls: Inducing the occurrence of multiple fracture behavior of δ phases to significantly improve room-temperature tensile properties
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Super duplex stainless steel (AWS A5.9 ER2594) fabricated via arc-based directed energy deposition: tensile behavior and fracture toughness at −30 °C
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The role of rhenium and tantalum alloying on the mechanical behaviors of tungsten-based micropillars
Tungsten (W) and its alloys are widely used in micro-nano electronic fields, making the understanding of size and alloying effects on mechanical properties and deformation behaviors at these scales increasingly significant. In this study, the mechanical properties and deformation mechanisms of pure W, tungsten-rhenium (W-3Re), and tungsten-tantalum (W-3Ta) alloys were systemati…
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Dynamic ferroelastic domain evolution delivers outstanding high-temperature toughness in high-entropy rare-earth niobate composites
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Coherent twin boundaries in Laves phase prevent stress saturation and enable ductile fracture in a CoCuFeNiTa high-entropy alloy
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Engineering nanoscale heterogeneities in thin film metallic glasses via alloying with immiscible elements
Controlling nanoscale heterogeneity in metallic glasses offers a promising route to tailor their mechanical behavior. In this work, we investigate (Zr34Cu66)100-xFex thin film metallic glasses (TFMGs) across a wide compositional range (x = 0 – 76 at.%) to reveal how immiscibility between Cu and Fe can lead to heterogeneity, thereby influencing their structure and mechanical pro…
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Synergistic enhancement of strength, ductility, and toughness in 2.3 GPa medium-Mn steel via low-temperature forging-induced lamellar nanostructures
Overcoming the strength–ductility–toughness trade-off in ultra-high-strength steels remains a major challenge for aerospace applications, especially for aircraft landing gear steels. In this work, a V–Nb–Mo microalloyed medium-Mn steel was designed, and a lamellar martensitic microstructure with an excellent strength–toughness synergy was obtained through low-temperature forgin…
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Effect of deformation path-controlled metal flow and spatial particle arrangement on the strength-conductivity synergy of Al2O3/Cu composites
Al2O3-dispersed oxide-strengthened copper composites combine strengthening capability with relatively high electrical conductivity, making them promising for high-performance electrical applications. This study compares the effects of rotary swaging (RS), wire drawing (WD), and cold rolling (CR) at an equivalent strain (ε≈1). The results show that the deformation path governs c…
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Complementary Mn-Zr dispersoid interactions on heterogeneous microstructure and strength-ductility tradeoff of Al-Zn-Mg-Cu alloy
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Effects of Radio-Frequency Plasma Spheroidization on the Microstructure and Properties of Nano-TiB2-Reinforced Al-Si Matrix Composites Fabricated by Spark Plasma Sintering
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Non-equilibrium solidification-driven nanodomains and their effects on the superelasticity of Cu–Al–Mn SMAs fabricated by laser powder bed fusion
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Thermal stress build-up and thermal crack formation mechanisms in ferritic high-Si and austenitic high-Mn steels
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Effect of the build angle applied in Inconel 718 alloy fabricated by laser powder bed fusion on the strengthening mechanisms of the micro-blasting process
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Ultrahigh Strength and Cooperative Deformation in a V–B–Si-Modified AlCoFeNi Alloy
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Process-informed property evolutions of microstructures
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Improvement of microstructure and mechanical properties along the deposition direction of Al-Mg alloy fabricated by double-pulse wire arc additive manufacturing
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